Implements the search API over IPC connnections.
Redirects incoming TCP connections to other hosts/ports. All redirections are defined in a file as for example <pre> 127.0.0.1:8888=www.ibm.com:80 localhost:80=pop.mail.yahoo.com:110 </pre> The first line forwards all requests to port 8888 on to www.ibm.com at port 80 (it also forwards ...
Discovers all neighbors in an IP multicast environment by using expanding ring multicasts (increasing TTL). The sender multicasts a discovery packet on all available network interfaces, while also listening on all interfaces. The discovery packet contains the sender's address, which is the address ...
The NDFS class holds the NDFS client and server. @author Mike Cafarella
Unit tests for IPC.
Multicast transport. Similar to UDP, but binds to multiple (or all) interfaces for sending and receiving multicast and unicast traffic.<br/> The list of interfaces can be set via a property (comma-delimited list of IP addresses or "all" for all interfaces). Note that this class only works un ...
This class defines a TcpChannel @author <a HREF="mailto:Emmanuel.Cecchet@inria.fr">Emmanuel Cecchet </a> @version 1.0
This class defines a TcpServerChannel @author <a HREF="mailto:Emmanuel.Cecchet@inria.fr">Emmanuel Cecchet </a> @version 1.0
This class provides the jnp provider Context implementation. It is a Context interface wrapper for a RMI Naming instance that is obtained from either the local server instance or by locating the server given by the Context.PROVIDER_URL value. This class also serves as the jnp url resolution conte ...
@author Filip Hanik @version $Revision: 1.5 $, $Date: 2005/03/25 22:08:59 $
Uses its own IP multicast socket to send and receive discovery requests/responses. Can be used in conjuntion with a non-UDP transport, e.g. TCP.<p> The discovery is <em>assymetric</em>: discovery requests are broadcast via the multicast socket, and received via the multicast sock ...